SCIENTIFIC ABSTRACT KRICHIN, YA. D. - KRICHMAR, S. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826430012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRICHIN. Ya.D., kund.med.nauk (Chornovitsy)
aveloping a conditioned reflax to marcusal injections. Klin.med.
35 [i.e.341 no.1 Supplament*22-23 Ja '57. (KIRA 11:2)
11 Iz propedevticheakoy terapavtichoskoy kliniki (dir. - dottant
M.M.Kovalev) Chernovitakogo maditainskogo Institute.
(DIMTICS AND DIURNSIS)
(COliDITIOIWD RgSP014SF,)

KRICHIN, Ya.D.,kandidat maditoinskikh nauk
-
Dibazol and tetamon-I for treating hypertension. Vrach. delo n0-1:37-39
Ja 157 (MLRA 10:4)
1. Kafedra gospitallnoy terapii (sav.-prof. V.A. Triger)
Chernovitskogo, maditainskogo instituta.
(HYMTENSION) (VASOMOTOR DRUGS) (AHMNIUM rODIDS)

Yri.il., kandiaot meditrinsk-U-1i rauk
C,,r.n of rolsoulng agrAnulocytcoig. Tmh.delo no.9:993
(MIRA 10-9)
1. gliriks gospitallnoy tqrapli (zAv. - nrof. Y.A.Triper)
Char-,invitsk"o msditsinitko.7o lnatttlitn
(AGIPANUIOCYTObIS)

KRICHIMSKAYA, Ta.B.
Phagocytic activity of the endothelium of certain organs in
the chick embryo at various stages of development. Biul.eksp.
biol. I med. 40 no.8:57-59 Ag 155. (MLRA 8:11)
1. 1z kafedry embriologit LeniWadskogo gosudarstvennogo
univerRitata im. A.A.Zhda=va I nediko-biologichaskogo otdela
(zav.-prof. B.P.Tokin) Inatituta eksperimentallnoy meditsiny
ANN SSSR.
(PHAOOCYTOSIS,
ondothelium In chick embryo iniarious states of
develop.)
(MBRYO
phagoeytosis in endothelium of chick embryo in
various states of develop.)

KRICHINSKATA,Yo.B.
Possibility of phagocytic activity of vascular andothelium in some
organs of duck embryos during different stagen of development (with
summary in English], Vest. WU 13 no.15:73-80 158. (MIRA 11:9)
(Phagoeytosim) (Rmbryology-Birde)

iaicFamoun, Ye.B., Qand ':~ioi ~~i - (di5o)' "Pha~:ocytic
ivosibillties of tho cridotheliwa o-C -.1ic blood vessels of
certain orCans in Cie pvoaaeg of the e;.,.b;:,yordc deve1c.p.--ent
of hens and ducks." Len, 1959, 23 1jP (Len ur6er of ',,enin
3tate, UUv im A.A. Zhdanov) 1~O cop;.e:; ( L, 33-159, 11Y)
- 15 -

SORIN.KMijil Tlndimirovich,.KRICHINSKAYA.Ye.B., red.; -SMCIMKO.
--------
F.Ta., tekhn.red.
[Prevention of infectious diaeasesJ Prof ilaktiki zornznykh
boleznei. Leningrad, Goe.izd-vo med.lit-ry Hedgiz, Laningr.
otd-nia, 1959. 59 P.
(14IRA 14:5)
(COKKUNICABLIC DISRASRS-MVENTION)

ASTAKHOV, Gargey Nikolayevich-, )MICIUMATA, Te.B., red.; SHEVCHINKO,
F.Ya., taklm.red. 11 . - . . -1 - ~
[Radiculitio; Ito treatment and prevention] Radikulity, ikh
lachanie i preduprezhdanie. Leningrad, Goz.izd-vo med.lit-ry,
Laningr.otd-nia. 1959. 63 P. (MIRA 13:10)
(NERVES, SPIUAL-DISEASIS)

KRICHINSFAYA, TeB.
1.".4
Phagocytic reactions to India ink and micro-organisms in the
development of chicken and duck embryos. Nauch.dokl.vys.
shkoly; bio.l.nauki no-1:48-50 '59. (MIRA 12:5)
1. llakonandovaaa kafedroy embriologii Leningradskopo gosudar-
stvennogo universiteta im. A.A.Zhdanova.
(PILkGOCYTOSIS) (MRYOLOGY--BIRDS)

BIMOSHM0, P.A., prof.. red.; LILIMIYA, N.A., rod.; POBEDINSKIT, M.N..
prof., red.; KRICHIN.WATA, Ye.H., rod.; KILARAM, G.A., teklin.rod.
(Influence of ionizing radiation on the course of pregnancy,
condition of the fetus, and the newbom] Vliianie ioniziruiuchchago
izluchonlia na techenle beremennonti. aoatoianie plods i novo-
rozhdennogo. Pod red. P.A.Beloahapko, H.A.Kalininoi i M.N.
Pobedinskogo. Leningrad, Gos.12d-vo med.lit-ry Medgiz, Loningr.
otd-nie, 1960. 130 P. (MIRA 14:3)
1. Akademiya meditainakikh nauk SSSR, Moscow. 2. Chlen-korrespondent
AJV SSbM, direktor Institute skusheretva i ginekologii AMN SSSR
(for Beloahapko). 3. Laboratoriya normallnoy i patologicheskoy
fiziolop.ii Institute akuohoretva i ginokologii AMN SSSR (for Kalinina).
4. Znveduyushchiy kafedroy moditsinskoy radiologii L-eningradskogo
ordeno Lenins institute usovershonstvovaniya vrachey im. S.M.Kirova
(for Fobodinskiy).
(RADIATION--PHYSIOLOGICAL LIMCT) (MG1WICT, COMPLICATIONS OF)
Irs-TUS)

f,.-,r in 'CdOLAI
OrIL 3311'1~ t"10
oinbuyas. A-vilch. ar~-A. gl,-,+.
Kafedra ambriologii In%)!. lokin)
fulij!q_Tadakog(; univorAt-ita,
(,EMMYOLOGY--r,QTJIWEt)T AM StIl'I'LIFZ)

KRIGHINSKAYA, Ye.B.
Processes of destruction of the pronephros and r-esonephros of the
chick embryo. Arkh.anat.gist.1 embr. 48 no-3:91-98 Mr 165.
(MIRA 18:6)
1. Kafedra embriologii (zav. - zasluzhennyy deyatell nauki doktor
biolog. nauk prof. B.P.Tokin) lcmingradekogo gonudarstvennogo
ordena Ienina universiteta imeni Zhdanova.

KRIGNINSKIT A.H., prof. (Kiyov)
"Nogier's method* - ear acupuncture. Vrach. delo no.8i
108-113 A9163- OURA 16:9)
(E&&-SURGIM) (ACUPUWTUIM)

niclIKE, V.0.
Apparatus for insulation re3l.stance control in sinking electric
pumping inatallations. Nofteprom. dolo nn.6A9-23 163.
(MIRA 16:10)
1. Kuybyslievskiy nauchno-issledovatel'skiy institut po pererabotke
nefti.
(Oil well pimps)
(Electric insulators and insulation)

ACCE1531021 Ot ;AR5005493 SI'0271164/C~-)0/012/,k(,'58/AO58
621.3r:fa
SOURCE: Ref. th. Avtomatika, telemeekl=ika i vychiulitelfnaya teklulika.
Sv. t., Abs. 12A317
AUTFOR: Grebenshohikov,-.V. 11.1-
iTT-TLL-. Trarsintorized stable oscillator for petrolmwm-fleld tolesystems
1CITED SOURCE.- Tr. Kuybyshevsk. n.-i. in-t heft. prom-sti, -,-,-p. 23, 10,64, 111-115
ITCPIC TAGS: stable hf oscillator, transistorized oscillator
iTranslation- Desi-ning of stable and reliable telesystecz arLd their elements,
;particularly those operating outdoors, is held vei-y importan't-o. A sinusoidal-dave
I high-reliability stable-frequency oscillator (SFG) is proposed. Two circuit's,are
tsucygested for SFO :The first of them has been developed Ath tworesonant
*'-Circuits and a.transistorized auplifier; the second circuit comprises an addi-
itional magnetic modulator. In these SFO cirau3ts, the hieh frequency stability is
I ensured by a w6zL% fea-c-Wack. co-upling of the principal high-Q frequency-daterTAning
i 03CIUUtOry eircult with other circuitc; high gain Is ansured by ar. =xillary
1 resoriant lov-Q circuit. The auxMary circuit acts as a load for the amplifying
Card.12

L 6 2A.- -- ---- --
,32-65 7-
SION IM: AR5005493
trar~,,.Istor. Constant svplitude of oseMations and high mliability are ensured by.
i a rather high le-vel of teedback aqd preservatior c f s fA p aof the output voltaCe
deIved frwi the principal oscillatory cirmAt. The magnatic modulator ensures
synchronowu turdna of circuits, without dismptior. of the SFO operation. The frequen-;-
Cy Stability (for LO-circults, 0.9i,,.or better with a principal oscillator7 GiI.c t
n-,f , tor of qo-- 1-00)- is - ensured by, Lhe independence cf operation of the
- ------- ------ ~rinc I pal
1 oscillatory circuit from other circuits, supply voltage (Athirn 0. 2 U-U . and
t 0 r a t u r e(-30 + 9UC); it is~ al6o ewured 17 the Migh Q of the principal circuit
and by t4a high reliability o-;',, LC- irettit. - Wqv:,n the mognetic, modulator is vound on.
I a co=,on III-Maped core with the,principal osciUstory circuit and the auxiliary
circjAt, the frequancy is ensured by the .independence between the bias m4agnatic
fluxezi emd the LG-circuit magnetic fluxes. SFO circuit diagrar-a are Dresented, as
wall. ai; the cmiponont parametera, mid oscillator"nin.1? procedures. Your illustra-
1 tiona.
ISUB CODEi Ell, EY40L:. 00
A
-5.47- 03 v

L 15289a-M El-ri (d)ZE-v MAn (h_)/PmAP0 - 1J!R_(c_L 3G
ACC NR, AP54-29959 SOFIRC9 MOE: IYANEOFFORT005-0[0- "966WORTIT-7.
AUTHOR: Grebenshchikov, V. N. (Engineer);,.KrichkeA V. 0. (Engineer)
- I....,------, I
j
ORG: none
TITLE: Recorder with an analog-dialt al converter
SOURCE: Priborostroyeniye, no. 9, 1964, 10-12
TOPIC TAGS: recorder, analog digital converter
ABSTRACT: An industrial -proce a a -data recordeAro briefly described. The
recorder includes an analog-digital dc -to -binary- code
converter, transforms binary into decimal code, and
delivers data typed on paper on an EUM-23 typewriter.
The entire measuring and typing cycle takes Z sec. The
J 4 recorder is designed with electromechanical relays,
does not need any adjustment or allgnment, and I
measures d-c voltages with an error of 176' or less. T
analog-digital converter (see fig.) includes comparison
Block diagram of the unit 1, number register 2, converter proper 3, and
lindust!~-ial-process recorder birtary-dectmal converter 4; the units have 3 stable
,d 1/2
UDC: 621.317.7.087.6:621.314.5

ACC NR, AP5028959
states. Typing-control unit 5 and electric typewriter 6 constitute the recorder
proper. A laboratory model of the above device was tested in actual operation for
3 months; it was found that most fortuitious faults in the wiring or contacts resulted
in a loss of record, not in recording false data. Orig. art, has: 3 figures.
SUB CODE: 09. 13 / SUBM DATE: none / ORJG REF: 002

PLATONOV. V.P., inzhener; KRICHKXR, I.R., inzhener.
The BKSlh-22.5 tubilar tower crane. Mokh.stroi.13 no-3:20-25
Mr 156. (Cranes, derricks, etc.) (MLRA 9:6)

KRICHKO, A.A.
..--
In the scientific institutes of the Department of Technology
of the Academy of Sciences of the U.S.S.R. Izv.AH SSSR Otd.
tekh.nauk no.12:1886-1891 D '53. (KiaA 7:2)
(Academy of Sciences of the U.S.S.R.)

LOZGVOY, A.V,; KRICHKO, A.A.; MTK%"O*,Y.SVA, R.P.
Hydrogenation of enriched Baltic Esa region ahAlps under low
pressure. Xhim.1 takh.topl.1 m9ne! nc,.5:32-110 11v 157. MRA 10:7)
1. !t-aititut goryuchikh iskopaysmykki AN OSSR.
(Bn1tic Sea region-ShRles) (Hydrogenntion,'

N
IMYWimv. mimworrRivi nroam"
In "EPRIP11IMN VAmromoymutwx cm(m
wrmlimii nurormimmum
R013 UrRMCORHm AAME1111fM
TIU Mm"l~Ylv C"Or"O fOr OMWII end ApplUd Cbsuls" to
9-ti- of cboau*F ma.cbmaud Totmolea at resin,
pal. by AM4. at. am notes 19"
'Lwtnsu at I rake solop"lad to be present" 4% obee, gestless.6
Now, 33 wireb 19".

KRICHKO, A.A. ; I-OZOVOY. A.V.; PUNLIA, D.P.
Now tachnologIcal layout for b7drop9nation procosubLv of
cemicoke coal tare undor mderute prosoure. Tru(Lv IGI 9:37-49
159. ( MIRA 13: 1)
(Coal tar) (Hydroganation)

KRICHED, A.A.; KONYASHINA, R.A.
Investigntirg hyArogenation of Chernm1--hovo coals cleaned by
r
the process of centrifugal separation in heavv liquida. Trudy
IGI 9:62-67 159. WIRA 13:1)
(Coal preparation) (Coal liquefaction)

--. WNW, A.A.; KONYASHIMI, R.A.; WZOVOT, A.V.
Hydrogenation under moderate pressure of cletinod Estonian oil
shales. Trudy iai 9:68-85 159. (141?A 13:1)
(Oil shales) (Hydrogenation)

YENTSEV, M.T.; ILRICHKO, A.A.
-uiquid products in the continuous coking process. Trur17 IGI 10:155-163
,59. MRA 12:12)
Ooke industry--B~r products)

I
-, - . D.F.; SOV:ZCVA, S!* "I"A, L.7..
-il;. ~:- ,, 'I . LOZGVCY, A.V.; 4JLU .
C-ei*ical products from noip,,-roly--od tar obtained by continuous colcing
o--' i,uznctz*: coal. Iz-.,.Sib.otd.r'*-": ---Ill no.12:c.8-95 160. ('12A 14:2)
1. Inatitut Goryuchikh is',,opayc: yl,"'; Al! SSSP.
(Co,il-t:.r

VOLf-EPSIITEYN,, A.B.; KRICHKO, A.A,__
Production of aromatic hydrocarbons from tar obtained in the pi-folyis
of hydroctArbon gases. Khim.i tekh.toplA masel 6 no.3:14-3.8 Mr 161.
11 (KRA 14:3)
1. Institut goryuchM iskapayemykh im. G.M. K.rzhizhanovskogo AH SSSR.
(Hydrocarbons)

KRICHKO, A.A.; SOVETOVA, L.S.
Iligh temperature destructive hydropenation of xylenes. IzV. All
SSSR. Otd.khim.nauk no.9:1704-1705 3 '61. (MIRA 14:9)
1. Inatitut goryuchikh iskopayemykh All SSSR.
(Xylene) (Hydrogenation)

s/o68/61/ooo/olO/002/002
E071/E435
AUTHORS: Borts, A.G., Krichko, A.A., Konyashina, R.A.,
Lozovoy, A.V. and Uyvova, L.N.
TITLE: Processing of anthracene fraction by a hydrogenation
method
PERIODICAL: Koks i khimiya, no.10, 1961, 53-56
TEXT: An investigation of the destructive hydrogenation of
anthracene fraction I (raw and crystallized out) of the Nizhne-
Tagillskiy metallurgicheskiy kombinat (Nizhne-Tagil Metallurgical
Combine) was carried out in order to develop a method of its
conversion into more valuable products - light aromatics and
naphthalene, the demand for which is steadily increasing. The
hydrogenation experiments were carried out on a continuous pilot
plant with the capacity of the reactor of 0.2 and 6.0 litres.
^~'he influence of pressure (100 to 200 atm), temperature (520 to 550t)
volume velocity (0-5 to 1.0 kg/litre hr) and catalysts
(moo + A1203 and CoO + MoO3 + A1203) on the yield and composition
of Re products was tested. It was found that, on increasing
pressure from 100 to 200 atm at 5200C, the yield of hydrogenated
products decreases from 96.4 to 90.1%. The depth of conversion of
Card 1/5

s/o68/6i/ooo/010/002/002
Processing of anthracene ... E071/E435
the anthracene fraction into liquid products boiling up to 230*C
and not initially present in the raw material was: at 100 atm,
15.8%; at 150 atm, 19.8%; at 200 atm, 27.2%. The yield of the
fraction with a boiling temperature above 3000C (originally present
in an amount of 68.1%) decreased to 42.6, 30.7 and 25.6% respectively,
Under a pressure of 150 atm, anthracene is completely transformed
into lower boiling products, carbazole by 87.8%, phenanthrene by
81%. A pressure of 150 atm was found to be the optimum for the
process, An increase in the temperature of the process from 520
to 5500C is accompanied by some decrease in the yield of
hydrogenation products and an increase in the proportion of
fractions boiling to 230 and 3000C. The temperature range 520 to
5500C can be utilized in the process: beginning from 5200C for a
fresh catalyst and steadily increasing during 100 to 200 hours to
5500C with decreasing activity of the catalyst (due to the
deposition of coke). The formation of coke amounted to 0.14% for
M003 + A1203 catalyst and to 0.12% for CoO + M003 + A1203 catalyst.
The latter catalyst was found to be more active (a higher yield of
products boiling to 2300C). The optimum volume velocity was found
Card 2/5

s/o68/61/000/010/002/002
Processing of anthracene ... E071/E435
to be 0.5 kg/litre of the catalyst hour. On complete hydro-
genation of the anthracene fraction I (recirculation of the
fraction boiling above 2500C, about 45%) the following method of
processing hydrogenation products is proposed; fraction boiling up
to 2500C is distilled, the distillate boiling up to 1500C is
e-xtracted with diethyleneglycol to separate aromatic hydrocarbons.
The refined products consisting mainly of 5 and 6 membered
naphthenes can be transformed into C6-C aromatic hydrocarbons by
platforming. The fraction boiling at ~50 to 2000C (81.9% aromatic
hydrocarbons) can be used as a solvent. The fraction boiling at
200 to 230% can be used for the production of naphthalene
(filtration at O*C) and tetralene (rectification). The
denaphthalenized fraction 200 to 230*C can be used as a substitute
for tetralene or, on mixing with the fraction 150-200*C, as a
solvent for motorcar paints. The fraction boiling at 230 to 250*C,
consisting mainly of a and P-methylnaphthalenes, can be used for
their production. Moreover, the fraction boiling at 210 to 2500C
(without separation of naphthalene) can be oxidized to phthalic
anhydride with a 70% yield, The yield of individual products are
given in Table 4. There are I figure, 4 tables and 2 Soviet
Card 3/5

S/068/61/000/010/002/002
Processing of anthracene ... E071/E435
references.
ASSOCIATIONS: Gosudaratvennyy komitet Soveta Ministrov RSFSR po
koordinatsii nauchno-isaledovatellskikh rubot
(State Committee of the Council of Ministers of the
RSFSR for Coordination of Scientific-Research Works)
A.G.Borts;
IGI Pri Gosekonomsovete SSSR (IGI at the State
Economic Council of the USSR) A.A.Krichko,
R~A.Konyashina, A.V.Lozovoy and L,N.Llvova.
Card 4/5

KRICHKO,
FroceBuing of Baltic oil shales and ahale tars. Trudy IGI
.12:143-150 161* OMIRA 14-3)
(OU-Shale industry)

S/064/62/000/006/001/003
B144/B138
AUTHORS. KrIchko, A. A., Lozovoy, A. V., Sovetova, L. S.
TT'112: Proouction of naphthalene from aromatized crude by high-
temperature hydrogenation
?_:'.',IODTC'AL: Khimicheskaye. promyahlennost', no. 6, 1962, 1 - 5
TSX'.": INAthl'.1prie (N) was produced by hydrogonation oC (x-m(!Lhyl N, de-
calin , n-hexadecane, 1:1 mixture of 8-methyl and toluene, and Some
com,mercial mixtures containing alkyl 11, in a 0.2-liter laboraiory reactor. :
The condosition of the hydroGenates was determined by rectific-ttion,
chrom.:AOj~raphy on silicagel, and spectral analy3i3.* These tesM carried
out vith Al 0 + 11,00, (CI) catalyst showed that: (1) methyl 11 are easily'
2 3 o)
~Ie.methylated to U; (2) low boiling aromatic hydrocarbons (HC) form if the
initial ,%ixture contains monocyclic aromatic HC; (3) dicyclic hexatomic
nn-~)hfhune HC are (,ood compounders and yield enough N to liberate H on
2
d e hy d rn a t i o r ,thus reducing H2consumptionj (4) paraffin HC should be
prev.ioutily removqd. Thus, the 11-free commercial mixtures selected for the
C;ard 1/3

3/064/62/000/006/001/ool/
Pro,luction or naphthalene from ... 13144/ BI 5~3
production of If were: coal tar, tar from gaseous 11C, green oil fron.
!,.-erarene, de-saxed ta3oil produced by thermal cracking, pyridine extract
fro;% 1743,)il proJucell by cittalytic cracking. Hydro',,~enation was )erformed
In the of C1, CoO+MQO 3+ A 1 205 (C11), !tnd Cr 203 f X2 0 1- A! 20 1) ( C111)
'~t 40, 70, and 100 atm; 500 tnd 600OC; a 'i;)ace velocity of 1.0-
i, -/I'hr; ai-A ft H, input of 1000 kt,11 kg of crude. 'Uith coal tar,
may N C fraction with CH
'vields in ' --vere obtained 'rom the VO - 250
-4
"-nid C1 .6 rtnd 5~.6 ~2 by aeiGht). De-oraxed gasoil yielded.only 3.1 11.
the yields from the 230 - 350 OC fractions ranged from
7j of thf., Ytoij5ht of the crude) was added. A
2,1 L i) 6 o vhen H 2 0 va')or (20
h-'Fh cant-nt in oxomatic HC (..> 75 'Or/,) is essential for ;,. Pood N output.
CT-1 -.)ro,,ed much less effective than CII. The catalyst activity is limitpd
1, d(!~)onit:.~,, but can be maintained b,~,,, puriodic regeneration or
tclm.)erature ~(:Iduc Lion to 550 - 550OC- Non-catalytic dealkylation of
HC by hith- temperature hydrogenation is possible, but requirefi
teitv.)qratures of 7000C and above to obtain the same degree of conversion.
-3"Xtraction with pyridine seems to be a promisin(r method of using raw
matcrial containing even less than 75 ','~j aromatic 11C, nuch as kerosene and
C%r-i 2/3

6/064/62/JOO/006/001/003
ProJuction of' nat)hthalene from ... B144/B138
,,asoil fractiono of crucking diatillateo. There are I figure and 7 tables.
AS30CIATION: Inctitut Coryuchikh iskopayemykh All SSSR (Institute of
,14ineral Fuels AS USSR)
Card

KRICHKO A.A.; LOZOVOY, A.V.; O"UVETOVA, L.S.
-- , ".. -- 11 ''.
Production of naphthalene from aromatized raw materials by means
of high temperature hydrogenation. Khim.prom. n0..6:387-391 Je
162. (1-aF-,A 15:11)
1. InBtitUt goryucbM iskopayemykh All SSSR.
(Naphthalene) (Hydrogenation)

KR[CHKO, A. A.; SOVETOVA, L. S.; Prinimala uchartiye: KOPALINA, K. 1.
High temperature destructive hydrogenation of trimethylben-
zenes. Trudy IGI 17:246-249 162. (MIRA 15:10)
(Benzene) (Hydrogenation)

BORTS, A. G.; KRICHKO A. A.- XONYASHINA Y R. A.; LOZOVOY, A. V.;
LIVUVAI L. N.~~r~-nla uchastiye: TSITRON, I. L.
Production of chemicals from the anthracene fraction of coke-
oven coal tar by the high temperature hydrogenation method.
Trudy IGI 17:250-261 162. (MIRA 15:10)
(Anthracene) (Coal-tar products)
(Hydrogenation)

VOL#-EFSHTEYII, A. B.; GRIGORIYEV S. M.- KRICITO, A. A.; MUMMA,
R. A.; SUROVTSEVA, V. V.; iiii",
Production of aromatic hydrocarbons from pyrolysis tar of hydro-
carbon gases by hydrogenation. Trudy IGI 17t269-277 '62.
(MIRA 15:10)
(Ilydrocarbona) (Coal-tar products)
(Hydrogenation)

KRICHNOY
A. A.; SOVETOVA, L. S.
-
-.- Destructive hydrogenation of binar7 mixtures of hydrocarbons.
Report No. 1. Trudy IGI 17:278-286 162. (MIRA 15:10)
(Hydrocarbons) (Hydrogenation)

s/o65/62/ooo/oll/001/006
E075/E436
AUTHORS: Pal 'chikov, G.F. , Mezhlumova, A.I. , K ichho,_ A.A.
Kaganer, G.S., Stepuro, S.I., Brovenko, 1%.V.
TITLE: Extraction of aromatic hydrocarbons from middle
petroleum fractions and catalytic gas oils with
aqueous pyridine
PERIODICAL: Khimiya i tekhnologiya topliv i masel,/no.ll,.l962,
19-25
TLXT: Following the laboratory work reported previously
(Xhim. i tekhnol. topliv i masel, no.4, 1961) trial batches of
aromatic extracts (400 to 500 kg) were obtained on a pilot plant
scale from a catalytic gas oil and kerosene -gas oil fractions
from Anastasiyevka crude. The extraction was carried out using
aqueous solution of technical pyridine (boiling point range
114 to 1340c). The feed saturated with pyridino vapour meets
the pyridine solution in the extractor. Countercurrent
extraction takes place, the raffinate and the extract solutions
leaving'the opposite ends of the extractor. For the extraction
of the kerosene- gas oil fraction the raffinate contained 3Mo' by
Card 1/2

s/o65/62/ooo/oll/001/006
Extraction of aromatic ... E075/E436
volume of pyridine (water free) and the extract solution -
80.7% pyridino, 1050' water and 9.3" extract. The o;:traction was
conducted at 15*C. The extract constituted 32 to 35"; of the
feed and contained about 801,.) aromatic hydrocarbons. The extract
with 50V4 of the aromatic hydrocarbons was obtained with the yield
jo
of 70". The extracts were subjected to high temperature
hydrogenation. For the extract from the catalytic gas oils
the yield of naphthalene obtained by the h.-drogenation was 3054.
For'the kerosene- gas oil fraction about 20% yield of naphthalene
was obtained and 401/0' of a solvent containing 95% of aromatic
hydrocarbons. There are 1 figure and 7 tables.
ASSOCIATION: SNKh Checheno-Ingushsk. ASSR
Card 2/2

KRICHKOP A.A,; MENLUMOVA, A.I.; PALICHIKOV, G.F.; TITOVA, T.A.j Prinimali
uchafitiyes CIIERKASOVAt V.F.; RAVIKOVIC11, T.M.
Hydrogenation of aromatized petroleum crude without catalysta
for obtaining naphthalene and other products. Nefteper. i nefte-
khim. no.900-33 163. (MIRA 17:8)
1. Groznenskiy kreking-zavod, Groznenskoye upravleniye neftepere-
rabatyvayushchey i neftekhimicheskoy promyshlonnosti. i Institut
goryuchikh iskopayenykh.

,KRICHKO) A.K.; LOZOVOYt A.V.; MEZHLUMOVA, A.I.; PALICHIKOV, G.F.; RAVIX0-
VICHY T.M.; TITOVA, T.A.; CHERKASOIIA, V.F.; Prinimall. uchastiye:
MUSELEVICH, D.L.; SOVETOVA, L.S.; TSITRON, I.L.
Obtaining naphthalene from straight-run fractions of the Anastasi-
yevska petroleum. Nefteper. i neftekhIm. no.10:3-8 163.
(MA l7s2)
1. Institut goryuchikh iskopayemykh AN SSSR, Groznenskiy kreking-
zavod i Upravlenlye nefteparerabatyvayushchey i neftekhimicheskoy
promyshlennosti.

ACCESSIO14 IM: AP4036979 S/0065/64/000/005/0023/0029
I AUMOR: Vol'-Epshtcyn, A. B.; Zabryanskiy, Ye. I.; Krichko,, A. A.; Lesokhina.,
-G. F.; Mfalyavinskiy, L. V.; Mukhina, T. N.; Robert
PrQduction and motor properties of gaBolines from pyrolysis products
t SOMI CE: Kbirdya i tekhnologiya topliv i masel;/~O- 5., 1964, 23-29
-TOPIC TAGS: gasoline,, production, motor property, octane numbers pyrolysis resin.,
spyrocondensate, low pressure hydrogenation, high octane gasoline, aluminum cobalt
,~molybdenirn catalyst, moaoolefin, antidetonation property, octane rating
''ABSTRACT: Conditions were developed for the low pressure hydrogenation of
~:fractions of pyrolysis resins and pyrocondensater. to obtain high octane gasolines.
!Pyrolysis resins of the ethylene system and pyrocondenoates of the butylene-divinyl,.
:system, boiling up to 2 C., were hydrogenated at 10-40 atmospheres at a space
.~ivelocity of 1.6-8.5 hAoin the presence of a technical aluminum-cobalt-molybded=
:catalyst using a hydrogen:crude oil volume ratio of 500-800:1. In the bydrogenatlaa
i
.;of the pyrolysis resins at 40 atm. from 225-300C it was found that 235C vas opti==:
1!75% of the diones vere bydrogenated to moaoolefins; at higher teqperaturee the
;1
Card

iAcassiw NR: A.M36979
T
,ihigher octane number monoolefins were hydrogenated to saturated hydrocarbons* The
ioctane ratings were obtained on I cylinder test units IT9-2 and iT9-6 and auto
::engines 1.714A-407. Changing the depth of hydrogenation of the unsaturated hydro-
:cafbonr. of the highly aromatic distillates of these pyrolysis resins had little
!effect on the antidetonation properties of the gazolines; these had octane numbers
,;,of 86-96 by the motor method and 99-1.10 by the test unit method. Increaaing the
,:depth of hydrogenation of the unsaturated hydrocarbons of gasoline from pyroconden-
sates having a lower aromatic hydrocarbon content somewhat lowered its aatidentona-l
;tion properties; the octane number was lowered from 78-5 to 75.0 upon complete
;'hydrogenation. It was shown that hydrogenated gaaollnes from pyrolysis resins of
,gaseoun and liquid hydrocarbonc can be used as highoctane components in the
.~production of automobile gaaolinas. Gasolines A-66 (e.g., from comm rcial A-56
201p hydro eaated gasoliaes),, A-72 (crcm rcial A-66 ~ 30% hydrogenated gasolineo)
and A-80 tcommercial. A-72 45% hydrogenated gasolinee) have higher ant1deto-tion
:properties than commercial. gasollmes bearing these designations. Orig. art. ban: i
;5 tables and 2 figures.
1ASSOCIATICN: IGIj M1 XPO NnSS
,J

ACCE-S-SION NR: AP4036979
su-axa=-. 00 DATE Acq.. wmQ ML, 00
SUB CODE: I~p NO FEF SOV-. 005 GMMR: 004
A
Card

KRIGHKO, A.A.; SOVETOVA, L.S.
Cataly-ti(, demethylation of' meLhyl-rapYjthaJ-,-,,es. Neftekhimiia 4
no,1:11-15 Ja-F'64 OURA 17:6)

DR0111111 A.F.; ZIWAIIOV~ V.V.; KRICITO, A.A.; LOZOVUL, A.V.; IMAKARIM, S.V.;
M
I A.I.; PALICHIKOV, G.F.; STEPURO, S.I.
EZHM,IOVA y
Combined arrangement for the use of thermal--,:,,racking kerosine.
Kh1m. I tekh. topl. i masel 9 no.6tlP-24' J1064 (MIRA 17:7)
1. Giprogrozneft' , Institut j:,,Gr-juchJl-h iskopayelykh All SSSR i
Grozneftekhimzavedy.

TO
Uoill" alkyl-ho f-M(Aio" i'i'a
obtain gollfontj. liefteper. i
j3.,,Jc.-j,ovzjt(2j'.,jl,iy proyiA,

ACCE.5SIO11 NP13. APcb15h(A UH/0318/611/000/011/0018/00n
MTHORt Krichko, A.A.; LOZOVOYj A-V-;
elf
TIME% Role of steam in the pToduction of naphthalen ro-1 crude Petrole
Ei~UWE* Nafteparorabotka i nartekhfid-yap no. 12.), 1964# 18-4.1
S-. crude petrolo=j, naphtlialenc.. petrolevr, refinin-P Petrolfram raf inery
Abstr'act:' Th~ influence of ste4m and the ratio-o"E hydrogen to crude on the,
results of tte, high-temperature thermal hydradealkylation of the aromatizzd
extract of catalytic cracking gas oil was investigated at 7000 and 40 atm
prezsure for the production of naphthalene. It was found that when 20% steam
(of Lhe veight of the. crude) is introduced- into the reaction zatie, the degr-?e
of conversion and formation of,naphthelene practically does not decrease, and
'the P'rocess proceeds for a long time without coke formation, Without steam,
the reaction zone rapidly coke#-up. The ratio of hydrogen to crude for accoa-
plLching the process in a prolonged cycle without coke formation should comyrise
1.8-2 cubic wters. per Klogra.m. At a*ratio, of 1.15 cubte maters per kiloZram
nnd below, conaiderable coke foim4tton ia observed, The aromatired extract
............
Card

L
51878-65
ACCESSION NR- API;015463
with boiling poL~t Ui to iqS-3000 ot the'catilyt'Lc cracking gas oil -:an be
,entirely reprocessed to naphtfialene.fractions with boiliag points up to 2000
and hydrocarbodgas by reproce5sing in a I.-I mixture with recycle. The yield
of naphthalene is about, 30%,' while that of the fraction up to 2000 (high-octane
lgasolfte) is up to 35%.' Moilt 251 benzene can, be obtained *" in pj~ce oC..the
pc sseg is 2;87
gasoline. Rydro~!~n-~nttx~~tion for, the_p~; : O~ig. art, has tabks~
ASSOCIATION: Institat gvryuchDdi1ekopay'eriyW (lbstitute of Mineral Fuels)
ENGLtOO-- Sj 13 CODE I FIF,
00
no iw wv.. oo4 OT=t 001 im
7
-Plq
W2
ard
C

KI, CHKO, A.A.: L02',OVOY, A.V.; )-FZIfLjWVA, A.!.,
PATfCHIKOVP G.F.; SKVCPTSOV, D.V.
Hydrogenation of petroleum products in the fli;Id-Ized 1)--~d of
a ratalynt. Nefteper. I neftekhim. no.12:11,20 ,64. ,
kX 1922)
1. Inatitut goryuchikh inkor.AyerVkh ~N SSS.R, nnf'-,
pergrabatyvayushchey i khimiheakoy promyqhlenno.-Itiv ~,.roznyy,
1. Groznensk-ly krrikIng--7.avod.

j . . . . . .V ,Ij
Obtaining dearomatized catalytic-cra(!king gas oil and motor te2ts for it.
Noftepor. I neftekhIm. no.3:.12-14 165. (MIRA 18:8)
1. Institut gorpichUh Jokopayrmy?h,
V.ieso3,u'4r,yy 1,(-, rr.-rurallrtke
noftl I gam I poluchentru torliva.

RRXIED, A.A.; V()L'-EPSIITEYN, A.B.; ?,1107,11INA, T.N.; BEMI]TS, A.D.
Production of aromatic hydrocarbons from Fjrocondr-nsate. Fbim.i
tekli.topl. i masel 10 no.1:9-11 Ja 165.
(MIRA 18:4)
1. Institut goryuchikh iskopayemykh i Nauchno-issledova-311skiy
inst.itut sintaticheskikh spirtov i organichoskikh prodLktov.

VO L I -Tq'~'JiTr:YN) i.. . P . ;',~ I- ~' , k' , 7, ; ~,,, ", I r P r - ,, . . A . ;Tj Tu V-i )'f . ;~ . iC! ~ 1- " " V ", I, . !,- .
Obt,tl7-,InF V.;nzen-3 by the hyJrog---:nat.,)n of the Frudurts of fuel
pyrolysis. KhJr,,. prcrn~ 41 ro.5:325-329 My 165.
(MIRA 18:6)

KR I CHO A.A.; I ~ROIIOY 0 A.V.
c.
STF-Plifto , S. I.; T!TOV , T.". r i i !I, I I -I u ch"i 1 V 1 C i T ',I
Production of phenenthrenc, from the Io,,i-suifur va:3 oila from
catalytic cracking. Fhlm. i te?h. topl. 1 '10 no.12:
t~17 19 1
.10-14 P 165.
ytd; I,en i Y(3
1. Irwti tut voryuchikh
"Grm~nef

L 10531-M EWT(m)/T
03467 SOURCE CODE: UR /647666/6-AM-1,5
Mk~ (,0,
AUTHOR: Krinhkn:~, J LO L
# - zovay, A# Vo;,Mzhlwnova, A. I.; Muselevich, 1),
Pal1chiko,i~.--%-.FS
Wafts
ORG: SGI;-Odminibtration of' Petrolewn Conversion and Chemical Industry,, Gro-nyy
~2 ="
(Upravleniye Perera t yushchey i khimicheskoy promyshlennosti); Groznyy
r rSr
Cracking Plant pr
LGreozA Groznenskly kreking-zavod)
TITLE: ~&ogenatioqio'f petrolewn products in a fluidized solids catalyst layer
SOURCE: Neftepererabotka i neftekbimiya, no. 12, 1964, 15-20
TOPIC TAGS: hydrogenationj, catalysis. naDhthalene, Etpo eip ef in n
h -r
c ai,
ABSTRACT: Aromatized fractions with 83-91~6 aroma cs an~ an ave ge
molecular weight of 165.5-160.0 (boiling range POO-3000) were extracted
with aqueous pyridine from a catalytic crackinge/gas oil and subjected to
hydrogenation on an Al-Co-Mo oxides catalyst in a fluidized bed. The
optimum conditions for the production of naphthalene by this process com
prised 00 atm pressure, ^.-*550 0 temperature, hourly space velocity of 0.8-
0.0 k,-/I.hr,.and a supply of hydrogenating gas (80~ H2 and 20% CH4)
g
:amounting to 1-1.5 M3/kg raw material. Under these codditionst a 50% can-
version of the raw material to products boiling below 2300 was obtained
and t e yield of naphthalene van 12-14% by Weight in it single h . I/ ~//
M stage. Tne-authors7areF gratefu ,Tdro-
gena -1 toV. 6. Alltshuler and G. F. Sechenoy
for their help in this work. Orig. art. has: 3 figureslyf"ormulas, and 3 t a.
LJPRS
,t)07 SUBM DATE: none / ORIG REF: 005 :/ OTH REF: 006
SUB CODE~P
Card 1/1 UDC 665-581

A& t;Ri
;R~ E COCE: M?/0081/55/000/017/110, I O/P018
ALTITIOR: 51
MTE: 111 ~Jl paraffin hydrocarbons
SoUpr-,.:: jjej,. Z11. ~.Adlrlya, Abs. 17P135
TEF 5'JUCCE: %. pemrabotka saDl. M., Nauka, 1965, 87-94
MPIC TAG'): hIFji teaperature effect, heptane, octane, catalysis
ABSTRACT: The r--rchnn1!7,m of thernal destruction and n-
If n-j!!~ptane isooctanf
hexadene In the pi-~eoscnce of H unde-r-40 -and 100 atm pressure at temperLauivs 00f.
475 and 5200C ct, Co-Mo-Al ox1rie, catalyst in a flow system with a speed of 1.5 to
1.6 k(,-Illn-l Is :,,tuffled. It was found that at a teffT)erature of 4750 liquid hydro-
cai-~bon:; wen-, pilnniq~/ (-,btained. It is recoffmnded to technical mixtur~es, ccn-
taining paraffin iVdmcarbon3 In two consecutive zonesat temperatures 450 to 4750
and at 520 to 5500. (LAS]
SUB CODE: 07/ .-UU1,1 DAM: none
Card 1/1 L~:,

WE
ACC NRi AP60138
20 SOURCE CODE: UR/0318/65/000/012/0003/0005
AUTHOR: Pal'chikov, G. F.-, Hezhlumova, A. I.; Kaganer, G. S.; Stepuro, S. I.;
Krichko A. A.; Titova, T. A.
ORG: Grozneftekh1mzavody Association (Ob4lyedineniye Grozneftekhimzavo4y
of Mineral Fuels, AN 9SSR Mn-s-M-ut goryuchls~h iskopayemykh, AN SSSR)
TITLE: Processing of catalytic gas oils by extraction with pyridine and hydrogenation-
SOURCE: Neftepererabotka i neftekhimiya, no. 12, 1965, 3-5
TOPIC TAGS: pyridine, solvent extraction, gas oil fraction, hydrogenation, naphtha-
lene, petroleum product, gasoline
ABSTRACT: The paper describes the results of an extractive separation of catalytic
gas oils from low-sulfur and sulfur feed stock by means of wet pyridine and the results
of the hydrogenation of the extracts. The extractive separation of the gas oils was
carried out in a continuous unit with a vertical countercurrent extractor provided
with a pulsed packing of perforated metal discs. The output of the unit was 1 liter/
/hr. The degree of separation of aromatic hydrocarbons from gas oil was 70-75%; for
bicyclic hydrocarbons, 95%. The extract from the low-sulfur gas oil was used direct- 1
1y as the feed stock for the hydrogenation. It is concluded that catalytic gas oils
produced by refineries in the southern and eastern regions of the Soviet Union can be
UDC: 665.5.521.4.66.061.S
A
iCard 1 /9

ACC NRt AP6013820
used to obtain naphthalene (10-13% yield), high-quality diesel oil (53-66% yie,P), and
a stock (18% yield) for the production of carbon black and aromatized gasoline. N. F.,
Danillchenko and I. L. Tsitron participated in the study. Orig. art. has: 2 table-s.
SUB CODE:0)07/ sugwA ONTS tAov%e
C,rd 2/2

KRICHKO, A.A.; SOVETOVA, L.S.
High temperature hydrogenation of nromatic hydrocarbons and their mix-
tures. Zhilr.priklAhim. 37 no.1:141-145 Ja 164. (MIRA 17:2)

IK4RIGHKO Anatoll Iyanavich; KAMENSTSKITB.G., redaktor; VORONIH,K.P.,
a Roa-F redaktor
[Blectric traction equipment] Tiagovaia alektroapparatura. Mo-
skva, GoB. energ.izd-vo, 1956. 408 p. (KIBA 9:4)
(Ilectric locomotives)

BATALOV, Nikolay I-IMaylovich; PETROV, Boris Petrovich; BARSKIY, M.R.,
kand. teklm.nauk, retsenzent;_!~!Uq4K0,-Aj,, inzh., retsen-
zont; SUPAPOV, A.D., doktor tekhn. nauk, retsenzent;
MUM, II.I., inzh., red.; LARIONOV, G.Ye., tekhn. red.
[Electric traction machlner7] Tiagovye elektricheskie apparaty.
1,1,oskva~ Gos. energ. izd-vo 1961. 207 p. WIIIA 15:3)
(Electric machineryj (Electric railroads)

1, 36730-65 Xrr 0 WEA(6)4/~ (h)
!NZ M /VP b /T/48-WA(1)/EWp(t) r544/pu_~/p~b jt~
;~ACCESSIOH NR: AT5007899 S10006164106010001004710055
'AUTMR-. Vol'ErEpahteyn,, A. R.; Kara,~-iyev, G. N. Krichko, A. N.: Hedzhfbovskiyt~
D. A.
!TITLE: im organic heat-transfer agent' for nuclear reactors based on the 4y-
~products of cu-nene production
SOURGE: LMIncov, jnstLtut a oy eaerg1j, Issledovanlya po pritreneniyu
iorganicheskikh tepionositetey-zamedliteley v anergeticheskikh reaktorakh
!(Rcseafch on the use of organic heat-transfer agents and moderAtors in power
ireactors). Moscow, Atanitzdat. 1964, 47-55
~TOPIG TAGS: Qljzanic reactor coolant' 'thermal reactor radiation PolymerizationA
;tpower reactor, infrared spectroscopy, beat transfer agent, cumene productio
polyalkylbenzene resin, biphany-L derivative, catalytic-hydrogenation
ARSIPACT: 11te authors inveettgated the possibility of obtaining. an organic beat-
transfer Nigent whose radiation-thermat resistance would be cairparabl(t to that of
i laolioisopropylbiph~-nyilf ram, the by-products of-itieipropylbenzenel(cumetic) production.--
polyalkylbentene rebin was used as the rav ru~iferial. An Inv6stigation of the
chemical composition of the resin revea'led that up to 55% of the hydrocarbons in
Card t/2

_"eJK J~_~;%txj
L 36730-65
ACCESSION FR: AT500789S
the resin are derivatives of,biphenyl and biphertylalkanes. Vie boiling point of
the resin stas 310 - 365C for fractions obtainedat 200 - 300C. Rydrogenation was
carried out in the presence of an Al-Co-Mo, catalyst under a hydrogen pressure of
30 - 80 kg/cn2 at S50 - 390C. -The heat capacity, density, and viscosity were
measured within 4-27., +0.5%, and +1% respectively. The decomposition rate of the
heat-transfer agent under the+.i..1taneous influence of radiation and temperq~ture
was examined in a temperature range'of 250 - 400C. Each test lasted from 20 - 22
hra. The authors conclude that the rAte of formation of polymers under the in-
fluence of irradiation is the.same for polyalkylbenzene resin and m-onotsopropyt-
biphanyl. lie transition teuirperature was 380 - 390C. In addition, the corrosive
activity of this coolant is no different from that of the other fluids investigated,
Orig.. art. has: 8 figures, I table and I formula.
ASSOCIATION: Institut atomnoy.energii, Moscow (Institute of Atomic Energy)
SUPRUTTED: OlAug64 ENCL: 00 SUB-CODE: NFt OC
NO REF SOV, 000 000
Card 2/2

FSTRANKO, I.G.; KRIGHKO, I.B.
Study of the mechanism of oxidatign procepses with the aid of
the ox7gen and carbon isotopes 0 and G14" Trudy IGI 6:254-264
159. (MIRA 13:1)
(Coal veatherink) (Inotopes-Industrial application)

PETREKKO, I.G.; KRICRKOI-J.Bi.---'-
Exchange reaction between carbon moncp4de and carbon dioxide under
homogeneous conditions, Trudy IGI 13:13-18 160o (MIRA 14:5)
(Jarbon monoxide) (Carbon dioxide)

_~~206~.q. M(j )/_PWT(m EPF (c)/P;17(n)-2/EPR/E-WT(j -2/Mp(b) Pc-4/ _4/pg
t Pr -4/
Pu-4 RLEIMM y1p n
ACCESSION NR: A 48190 snooo/64/m/majoi-1810124
AUTHOR: Lebedev, V. V.; Krichko, 1. B.
TITLE: Thermodynamics 0 the reactions of niobium. tantalum and hafnfum oxides
with carbon and methane~4 -L-7 -2, -A,
SOURCE: AS SSSR. Institut goryuch!Ph Iskopayemy*kh. Gazifikatslya I plrollz
topi iv (Gasi f 6ca-t-lo-in -a-nj* pyroI'Y__s'tS_*'of -'fuel)'-, -'s'tii*nTk statey. Moscow, (zd-va Nauka,
1964, 118-124
~TOPIC TAGS: nloblum oxide:, tantalum oxide, hafnium oxide, carbon, methane. metal
carbije, free energy
ABSTRACT. The thermodynamics of 18 reactions between the oxides of nloblum, tanta-
lum and hafnium and carbon-or_Tethane'1were studied and the variation of the free
~enerqy with ti!mperature is plo~CeTFo~ all of them. Because of the absence of
thermodynamic-funct(ons for carbides, metal oxides and metals at temperatures above
40OOK, the free energy is calculated only up to 4000K. The reaction of the forma-
.tion of metal carbides from TaJQ5 "Nb ~05 ' Hf02 and methane proceeds more completely.
than the reaction of metal oxi es wit carbon at the same terVerature. The ioga-
rithmic values of the equilibrium constants of the reactions of Ta2O5,-HfOz and
~"?T5,71th methane and carbon at 800.4000C are tabulated and plotted. Ketfiene rs
---- - - -----

1, 3-5206-65
A C C C 5 S 10 H 14 RAT4048190
.preferable for obtaining-metal-carbi-des-beca-use-the-equiiibrium constant-for-the
combination of metal oxides-with methane is higher by several orders than that
for carbon. 1he equilibri&m composition of gases at different reaction tempera-
tures is tabulated. The variation In the degree of conversion of methane at
different temperatures during Its reaction with 1'a20 and KO, until the formatton
of tantalum and hafnlum or tantalum and hafnium carb?des Is p otted. For these-
reactions, It is characteristic that the conversion of metal oxides to carbide
proceeds at lower temperatures than their conversion to metals. The comiptete
conversion of Ta205 to TaC proceeds at 1300K, to metal at 1500K. For hafnium,
this temperature difference increases 'to 550K, the two temperatures being 14SO I
2000K. Orig. art. has: .9 figures, 2 tables,.1 form la and 18 chemtcat
~equat;ons.
ASSOCIATION: none
SUBMITTED: o4Apr64 ENCL; 00 SUB CODE:TD,OC,I,C
NO REF SOV: 016 GTHER: 003
Card 2/2

KRICHKO, M.A.
1tre injuries as shown by data in district hospital records. Zdrav.
Belor. 5 no.lOt63-64 0 159. (MIRA '13:2
(ITI-WOUNDS AND INJOINS)

KRICHKO, M., vrach
Definitive elimination of trachoma and its consequences. Zdrav.
Belor. 5 no.it49 Ja 160. (XIR& 13:5)
1. Slavgorodoicaya rayounays. bollaitsa.
(M&VGOROD DISMICT (XOOILV PROVINCX)--COXRM-PIVITIS, (MMAR)
PTA

KRICHKOt M.A.
Analysis of the causes of blindness in a mral district. Zdravo
Belo 7 no. 2:40-41 F 161. (MIRA 14:2)
Is Is Slavgorodskoy myonnoy bollnitoy (glavnyy vraoh rayona
M.A, Strugovete).
(BLIUDI&W)

WGHKO~ t1eA,
knomaliou of rofraction. Zdrav. Bol. 7 no.12142-43 D 1 1.
NM 151-2)
1. Iz Slavgorods y rayo bollnitsy ( lavnyy'vra.--h M.A.Strugovets).
tsoyh, A,,nnOOYDATIOi AflD il'k~iiACT1014)

KRICIIKO, M.A.
Complication of Botkints disease by orchitis. Kline mad.-41
no.7tl38-139 J1163 (MM 16tI,2)
1. Iz Slavgorodskoy rayonnoy boltnitsy (glavnyy vrach M.A.
Strugovets), BSSR.

V".
~- ~, j ~.. 11 "'! ~,-, ; i E cl,
) I
?:rt'i c f c~ [It w:,,r-k of fi m,~ o h", I, I *,~,; e I ' ) i t ift, I ~ r-,J- P~ t "D ~; 1113 . A',- k . lcj~ .
,~~7 Je 16"Po (M:10' IP, - i.)

USSR/Humn and Animal Physiology (Normal. and Pathological), T-8
The Liver.
Abs Jour ; 3of Zhur - Biol., N') 11, 1958, 50974
Author : K.-ichkDvskiy, G.F.
Inst
Title The Functional State of the Liver in Infectiuus Nonspoci-
fie Polyarthritis and In Certain Other Kinds of Pilyir-
thritis,
Orig Pub Tcrapcvt. arkhiv, 1957, No 5, 39-47.
Abstract In the majority of patients with infectious nonspecific
polyarthritis and with infectious polyarthritis basal
upon brucellosis etiolo--,y, the fullowing phenomena were
observed: soreness =1 onlarLement of thu liver, as well
as largely stable disniptions of piLpental, protein f~r-
ming, antitoxic, and c--rb:)hytlrate producing liver func-
tions. Their complex therapy is very difficult to attain,
indeed. Impairment of the liver in dystrophic
Cara 1/2

USSR/Human and j'uAnzl lbysiolvgy anCL Pathological). T-6
Tne Liver.
Abs Jour Ref Zhur - Biol., No 11, 1958, 50974
polyarthritis is leGs pronounced and becomes easier u.)r-
Lialized when a complex healt1i resort treatment Is carried
Jut.
Card 2/2
75
KRIGHKOVSKIY, G.F,
Functional state of the liver In patients with residuni aMtome
of rheumntic poiyArthritiB. Vrneb.delo suoplement 157:18 (MIRA 11:3)
1. Infadra goonitallnoy teranit (ZAV.-ZABI. deyntell nAukt, prof.
H.A.Ynalnovekly) Odeeskogo meditainakogo inatitutn.
(LIVKR) (RHMMTIC YEVER)

YIZL(Illr,(-"VSKIY, G. F.- MasLer Med Scll. (dLss) -- functional sr;jL:! of Lll~l.
livcr In inf(!(:Lious nonspecific and othor t-yptis W- polyarthritis". O~iossn,
1959. 15 pp (0,1(,-ssa Stitr-- Med Inst im N. T. Iliro,,ov), 200 cclp~,~s (KL, lNo 111,
1959, L22)

K, Willi ITSKIY) I.H., dotsent; G.F.; VUWITSKAYAp L.P.,
dotsent; LYSMIKO) II.I.; bIlWPAM, M.L.; ALEINGUZ, N.G.;
LOhIll-IATOV., D.P.; YAROSHCIiUK,, A.A.
State of health of workers in the graphito industry. Vrach.
dolo no.8:134 Ag'63. (I-MU 16.9)
1. Odosskiy meditainskly inatitut.
(NO SUBJECT HEDINGS)

L 14532-63 F'p (J)/kPF(c)AWr(m)/BDS/tS(s)-2 AFnCASDISSD P8-4/
PC-4/Pr-4/Pt-4 Rm/WW%AYWP
ACCESSION Mi AP30047" S1019116316O01W100601006.1 9T
aytoey, Da
AVITOR: Lq;hkqjx_j2U4,j Volchak. 1, 8,; Krichm" G--Xa.j Ramra
Vis~AZak, Yu. I.; Parlashkay1ch, N. Y&._
TITLE, Automatic device for determining the thermal stSbility of polyaers
SOMICE: Plastichaskiye masey*,, no. 80 1963, 6o.61
11"OPIC TAGS: - thermal stability,, polymer thermal stability., polyformaldelvda
thermal stability, degradation, polymer degradation, wel&ht change,, veig!zt-
change measurement, automatic weight-change measurement', weight recording,
automatic weight recording, photobeadp automatic device
MTRACT: A device for the &utomatic measmrement and recording of velpt.changes:
during the degradation of polymeric materials has been develo~eed at N11044 it
%alancef a photoelectric servomechanism, a r-ey-e?-Mle-
consist3 of an AJY-~M
motor, a rewuring slide wire, an e1ectrome4Metie balancing system, aul a re-
cording device. The schematic and the circuit diagrams of the device are shown
In Pigs, 1 and 2 of the Enclosure. In "oration, the photohead tracks the poei-
tion of the balance pointer. Unbalance changes the ratio of IllmnAzated to dark.
Card l/s
V

L U532-63
ACCWSION Mb. Ap3ooWT8
area in the photoresistor esusing its resistance to change. An unbalanc,6
signal is sont to the input of tae mplifier of the servomechanism. The new.
device was used for determining the thermal stabIlity of polgormaldehyde.
A characteristic degradation curve for this material at 222C recorded with
the device is shown In Fig. 3. Orig. art. has: 5 figures.
ASSOCIATION: none
;JubfmmD: 00
DM ACQ: 26Aug63 ENCL: 03
SUB CODE: CHI 14A NO -W. SQV: 003
OTM: 001
Card

I
RAMZATMEV; 1,S.., DVCIRKP!A~
, f i . M. , I ~ 14, 1) .
-xperiunc~) In tl.f, automation of tht~ *,~.rjtlngr of' for hesit
resiptimc-i . ? I it B t . ma 1 -9), no.1!6~1, 71 1 r'~,I. . (MIRA 17s6)

ACCESSION ITR: AP4009840 S/0191/64/000/001/0068/OOTI
AUTHORS: Ramzaytsev, V.D.; Volchek, I.S.; Dvorkina, T.V.; Kricbmart
Ge Ya.; lAxzhkov, Yu. X.; Prankell , X*D*
TITLE: Experimental automation of plastic testing for heat resist-
anoe
SOUROE: Plasticheskiye massy*, no.- 1. 19640 68:.T1
TOPIC TAGS: plastic materials testing device, testing plastics
h9at resistance, testing plastics deformation
ABSTRACT: Since standard Installations for testing heat resistance
and deformation of plastic materials are very Imperfect, inaccuratep.1
slow and subject to mistakes due to reliance on visual observation$
an automatic device programmed for measurement and recording of
temperature has been designed,- Described In detallg this devicep
which can be used wherever thermomeohanical tests an made as Won
ere
as in dilatometry, basically consists of an EPP-06KI potentionet
Card 1/2

AOOESSIOX NR: AP4009840
program c-)ntrols, measurement and recording of temperaturev auto-
=c-uc measurement and recording of deformations, and automatic
changes of operation'rate. Thermocouples, electronic probesp
amplifiers, differential transformer induction systems, and measur-
ing bridges are used In the circuit and their functions are also
described. Orig, a-,t,.has 7 figures, no formulass no tables.
ASSOGIATION: Yone
SUMITTEDs 00 DATE AM WOO ENG1 00
SUB OODS: AP NO RBP SOVS 006, OTHSRt *000.
Card 2/2

KGGAII, I.N., Lnzh.; KRICFI.IAR, G.Ya., inzh.; I.TIZ11KOV,
RIJBINISHIT,Ylly v.v.'j*,-'fn-i)Tf'-
Multipoint ultrasonic viscosimet,3r. Makh. i avt,cjm.pr~,~'Zv. 19
no.42,"33-35 F 165. (MI Ik 18: 3' )

-ul 'fitiloWarlov-C
I I'. Inorr, Tspcl Izavurill Vin(jj,,ra,ir;c.j:o
Patsic,nal.
s.
So. 70(li2l "A:-Acy, Vol. 3of I

X-111cip"41% P I I). S.
Bottling Machinery
Attachment for the Zhukov automatic winebottling machine. M. S. Krichmar. Vin.
SSSR. 12 No. 6, 1952.
1952
9. Monthly fist 2f Russian Accessions, Library of Congress, September -,V99% Uncl.

Wine and wire Ukraine
HL,,h-,rade table wineg frcia +.he scuthern
LPraine. Vin.33M 12 no. 9, 1952
2
9. Monthl List of Russian Accesniono, Library of' Uncl,

P~qHHAR&_~p~vpy 6"encyloh; FISHKAN, A.I., Inshener, reteanxent; OJERSKIM,
- -1-11 fl. -N.S.P--JiijAlaA"V-G'9-khq nauk, redaktor; PRITYKINA. L.A.. redaktor;
KISINA, Te,I.. takhnichaskly redaktar.
[Losses in the processing of wine by-products and ways of preventing
them] Poteri pri pererabotke pobochuykh produktoy vinogradnegovin*-
delila i borlba a nimi. Kooky&, Pishchepromizdat, 1955. 98 P-
(Wine and wine --kln ) (KLRA 9:5)
1-1

KR I CHM AR , tA , S-j CAND AOR SCIf "SOIL AND CLIMATE RE-
!),?' id
SOURCES OF UDESSKAYA OBLAST,\ THEIR MOST RATIONAL UTILI-
ZATION FOR THE FURTHER DEVELOPMENT OF VITICULTURE AND IN-
CREASi-f* QUALITY OF ITS PRODUCT*" ODESSAV 1961o (MIN OF
AoR MSSR, KISHINEV AoR INST). (KLI 3-61, 225).
329

KRIGHMAR, Sh.D.; FOLONSKAYA~ R.G.
Treatment of depressed states with tofranil. Zclrav. Kazakh. 21
no.9:41-1+4 161. (MIRA 14: 10)
1. Iz 1-oy Respublikanskoy psikhonevologichoslcoy bollnitsy (glavnyy
vraoh - kand.med.nauk M-KhXonopol~skiy)~ g.Kzyl-Orda.
(DEFFMSION, MENTAL) (STIMULANTS)
(IMPRABINE)

-11;~ t i r) n, hf~ r 7
"I ec-,
i ch ci o~. rcrw7l~ 'j. i". rt'.; n na

0 rj 54

7,
LeAm opmams to cdatird trafe coolant d
wasti water frow-WAN to.
.1
-R-4
4w a app. " acsm"ibel 0 h is uscd to'
decrease Iowa of Nlf4N(h thmgb wame watec fiodl~

USM/Chcmistry - Physical chendstry
Card 1/1 Pub. 22 - 2V51
Authora I Krichmar, S. 1.
Title t The surface micro-profilo clarvatur-L and its effect on the clectrochei.1cal
poli.ohing of metals
POrlodical I Dok. AN 100/2, 297-,)0o, Mar 1i, 1955
Abstract I The effect of lo,;al micro-profilo curvature on the prob;ibllity of the metel
ator.-ils conversion into ion state in oiscussed. The difference ir.. the
enerU state of mlcroprotuberan,~es and microdepressions of a surface which
is due [),%sic.~illy to the, chan,,,-(,, in local profile curvature is explained.
The differance in the chei.:.Lcal protential between two surfaces of different
curvatur(., is described. The role of surface tension during electrocheracal
polir-hillf" of matals is amjy,,~,,A. Four U,;..d.R referencus (1940-1955). 'Table;
Institution : The Nitro.~.;en---ertiiizer PIL-',-J', Dni~!prod7erzhinsk
hy: Acidlmicirm A. N'. Frumkin, 1.0, J.954

0-
L15